JPS5840685B2 - Abnormality concentration display device for automatic equipment group - Google Patents

Description

[Detailed Description of the Invention] This invention is a method of installing a plurality of automatic devices such as vending machines, automatic teller machines, and automatic cash dispensing machines to form a group, and detecting abnormalities occurring in the group of automatic devices. The present invention relates to a centralized display device for displaying abnormalities in a group of automatic equipment.

When displaying abnormalities in a group of automatic devices in a centralized manner, it is common to display the abnormalities for each group of devices.

However, in this case, the number of display elements (for example, lamps) increases, and the display device itself has to become larger.

Therefore, a display element group that displays the automatic equipment in which the abnormality has occurred and a display element group that displays the type of abnormality are provided, and when an abnormality occurs, one display element for each group is driven, and two It was devised to make the display device smaller by reducing the number of display elements by using a combination of two display elements to notify which automatic equipment has an abnormality.

This display device has the disadvantage that an attendant must constantly monitor the display device, and when an abnormality occurs, the cause of the abnormality must be immediately removed.

For example, when a button is pressed on a group of vending machines and the staff takes their eyes off the display, machine No. 1 will issue a signal for a lack of change in 10 yen coins, and then machine No. 5 will issue a signal for a lack of change in 50 yen coins. If so, the display element corresponding to the first machine, the display element corresponding to the fifth machine, the display element corresponding to the shortage of 10 yen coins, and the display element corresponding to the shortage of 50 yen coins are driven, It is unclear whether the first machine issued a signal for a shortage of 10 yen coins or a signal for a shortage of 50 yen coins.

SUMMARY OF THE INVENTION Therefore, the present invention provides a display device that can tell which type of abnormality has occurred in which automatic equipment without increasing the number of display elements and without the need for an attendant to constantly monitor the display device. purpose.

According to this invention, the display device is provided with a switch group consisting of a switch corresponding to each display element of at least one of the device display element group buttons and the abnormality display element group, and the switch that is operated from the switch group Since the control means is provided to drive only a specific display element among the display element corresponding to the display element and the other display element group related to this display element due to the occurrence of an abnormality, the display element in the one display element group is Even if multiple devices are activated, by operating a switch, only one display element and the specific display element related to this display element and the abnormality occurrence are activated, allowing interaction between automatic equipment and the type of abnormality, and which automatic display element is activated. It is possible to know what type of abnormality has occurred in the device.

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a logic circuit diagram showing an embodiment of a centralized display device for a group of automated teller machines.

In the embodiment shown in FIG. 1, it is assumed that there are three automatic cash dispensers, each of which is equipped with a 1,000 yen bill out detector and a 10,000 yen hole detector.

1A, 2A, and 3A are abnormal signals output by the thousand-yen bill out detectors installed in the first, second, and third machines, respectively, when they detect that a thousand-yen bill is out.

Further, IB, 2B, and 3B are abnormal signals output by the million-yen hole bulge detectors installed in the first, second, and third machines, respectively, when they detect the 10,000-yen hole bulge.

Na button, 1,000 yen bill, and 10,000 yen hole, respectively.
It means that the number of ten thousand yen holes has decreased to less than a certain number or amount.

Signals 1A, 2A, 3A, 1B, 2B, and 3B are connected to one input terminal of AND circuits 11.21.31.12 and 22.32, respectively.

AND circuits 11, 12, 21 i, and 22.
The output signals of NOR circuits 41, 42 and 43 are supplied to the other input terminals of 31 and 32, respectively.

The output signals of AND circuits 11 and 12, 21 buttons and 22, 31 buttons and 32 are output from OR circuits 51 and 52, respectively.
, 53, a signal "1 t" 2 t" 3 is generated to turn on the display lamp indicating the first machine, the display lamp indicating the second machine, and the display lamp indicating the third machine.

Furthermore, the output signals of the AND circuits 11, 21 and 31 are passed through the OR circuit 61 and become a signal LA that lights up the indicator lamp indicating that the 1,000 yen bill is out.
The output signal No. 2 is passed through an OR circuit 62 and becomes a signal LB that lights up an indicator lamp indicating a 10,000-yen hole deviation.

The display lamp indicating the first machine, the display lamp indicating the second machine, the display lamp indicating the third machine, the display lamp indicating an out of 1,000 yen bill, and the display lamp indicating a ten thousand yen hole are all placed in a designated place (centralized monitoring panels).

Suppose that the first machine issues a signal for one person to run out of 1,000 yen bills.

Since the NOR circuit 41 normally outputs a signal, when one signal is supplied to the AND circuit 11, the AND circuit 11 outputs a signal.

The signal output from the AND circuit is sent through the OR circuits 51 and 61.

It becomes the button and LA.

The signal LAvc turns on the lamp indicating the first car, and the signal LAvc turns on the lamp indicating that 1,000 yen bills are out.

Following this, when the No. 3 machine outputs the million-yen hole leakage signal 3B, the NOR circuit 43 outputs the normal signal and opens the AND circuit 32, so a signal is output from the AND circuit 32, and the OR circuit 53, 62 to signal L3.62, respectively. LB comes out.

The lamp indicating the No. 3 car is lit by the signal L3, and the lamp indicating the ten thousand yen hole is lit by the signal LB.

Switches 81 to S3 are provided on the central monitoring panel corresponding to each lamp of the lamp group indicating the first to third machines.

The switches 81 to S3 may be two-point switches provided under each lamp that can be turned on and off, or may be push button switches that are backlit by each lamp.

Switch S1゜S2. The output signal of S3 is the NOR circuit 42 button, 43, 41 button, 43, 41 button, and 42 button, respectively.
is being supplied to.

Therefore, the NOR circuits 41, 42, and 43 are, respectively,
At least one of the switches S2 button and S3, the switch S.

The signal is no longer emitted when at least one of the buttons S1 and S3 and at least one of the switches S1 and S2 are operated.

When the four lamps of No. 1, No. 3, 1,000 yen bill out, and 10,000 yen bill are turned on, if you turn on the switch S3 corresponding to No. 3, the output of Noah circuit 41.42 The signal disappears, AND circuit 11 closes, and OR circuit 5
1.61 output signal L1. LA will no longer appear.

As a result, only the display lamp indicating the No. 3 machine and the display lamp indicating the Man-Yen-Kakuake are lit up, and the Man-Yen-Koake of the No. 3 machine is displayed.

Based on this display, when the ten thousand yen hole is refilled in the No. 3 machine, the signal 3B disappears.

After that, when the switch S3 is turned off, a signal is output from the NOR circuit 41 and the AND circuit 11 is opened.
issues a signal, and via the OR circuit buttons 51 and 61, the signal RI and LA are output, and the 1,000 yen bill out of machine No. 1 is displayed.

Furthermore, if the switch S1 is turned on while the signals IA, IB, and 3B are on, the three lamps for the 1st machine, 1,000 yen bill out, and 10,000 yen bill are lit, but the 1st one lights up. 1
There is no problem because it can be seen that the 1,000 yen bill ran out and the 10,000 yen bill ran out in the machine.

FIG. 2 is a logic circuit diagram showing another embodiment of a centralized display device for an automated teller machine group.

In addition to the functions of the circuit shown in FIG. 1, this circuit is designed so that by selecting the type of abnormality, the automatic cash dispensing machine in which the abnormality has occurred can be identified.

In this embodiment, switches SA and S correspond to the indicator lamps for the out of 1,000 yen bill and for the out of 1,000 yen bill, respectively.
B is also installed on the central monitoring board.

The signal output from the switch SA is inverted by the NOT circuit 71 and input to the AND circuits 12, 22i- and 32, and the signal output from the switch SB is inverted by the NOT circuit 72 and input to the AND circuits 11, 21i- and 31. It is now possible to do so.

In other respects, there is no difference from the embodiment shown in FIG. 1, so each circuit is designated by the same reference numeral.

Suppose now that signals lA1- and 3B are output.

Normally, the NOT circuits 71 and 72 output signals, so the AND circuits 11 and 32 receive signals 1 and 3B, respectively, and output signals, and as explained with reference to FIG. 1, signals L1, L3, . LA and LB come out, and four lamps light up: Unit 1, Unit 3, Out of 1,000 yen bill, and Out of 1,000 yen bill.

Therefore, when the switch SA is operated, the knot circuit 71
stops outputting a signal, AND circuit 32 is closed, and signals L3 and LB no longer output.

As a result, only the lamp button indicating the first machine and the lamp indicating that the 1,000 yen bill has run out will continue to be lit, indicating that it is the first machine that has run out of 1,000 yen bills.

Contrary to the embodiment shown in FIG. 1, if it is sufficient to select the type of abnormality to identify the automatic cash dispensing machine in which the abnormality has occurred, press the button shown in FIG. 2 and switch S1. 531- and NOR circuits 41 to 43 may be used.

In the above embodiment, a switch group corresponding to each display element of at least one of the device display element group and the abnormality display element group is provided, and the switch group is the same except for the display element corresponding to the operated switch. The input of an abnormal signal that causes all of the display elements in a group to be prohibited is prohibited, but this circuit and the circuit that prohibits the input of an abnormal signal that causes all display elements in one of the display element groups to be prohibited. A display related to the display element button corresponding to the operated switch by passing only an abnormal signal that causes the drive of the display element corresponding to the operated switch that is provided in parallel to the circuit, and the display related to the occurrence of an error among other groups. The same control can be achieved by a circuit that drives only the elements.

An example of this is shown in FIG. In the embodiment shown in FIG. 3, there are three automatic cash dispensers, each of which is equipped with a 1,000 yen bill out detector, a 10,000 yen hole detector, and a slip out detector. do.

Reference numerals 1 to 3 indicate normally open contacts which are closed by actuating relays (not shown) in response to signals output from a thousand yen bill out detector, ten thousand yen hole leak detector, and slip out detector, which are pressed in the first machine, respectively.

Reference numerals 4 to 6 indicate normally open contacts which are closed by actuating relays (not shown) in response to signals output from the 1,000 yen bill out detector, the 10,000 yen hole leak detector, and the slip out detector, which are sent to the second device, respectively.

7 to 9 are the 1,000 yen bill out detector and the 10,000 yen hole detector, respectively, which are applied to the third machine.

This is a normally open contact that is closed when a relay (not shown) is activated by a signal output from the slip detector.

101 to 106 are the first machine, the second machine, and the third machine, respectively.
This indicator lamp is installed on the central monitoring panel and indicates when the machine is running out of 1,000 yen bills, 10,000 yen bills are out, and slips are out.

81 to 86 are display lamps 104 to 106, 1, respectively.
It is a normally open contact that is closed by operating a relay (not shown) when a switch provided on the central monitoring panel is turned on corresponding to 01 to 103.

80 is a normally closed contact that is opened by operating a relay (not shown) when at least one of the switch groups is operated.

For example, the normally closed contacts 80 to 86 of each relay operated by each switch may be connected in parallel, and the normally closed contact 80 may be opened by the operation of a relay connected in series.

The lighting control circuit for the indicator lamp 101 is configured as follows.

That is, normally open contacts 1 and 81 are connected in series,
Normally open contacts 2 and 81 are connected in series, and normally open contacts 3
and 83 are connected in series, the normally open contact 84 is connected in parallel, the indicator lamp 101 is connected in series to this, and the intermediate point between the normally open contacts 1 and 81, the normally open contacts 2 and 82, and the normally open contact 84 are connected in parallel. and the intermediate point between the normally open contacts 3 and 83 are short-circuited via diodes 91 to 93, respectively, and the normally open contact 81
．． A normally closed contact 80 is connected between the connection points of 82, 83, 84 and the indicator lamp 101, and constitutes a lighting control circuit for the indicator lamp 101.

The lighting control circuit for the indicator lamp 102 is configured as follows.

That is, normally open contacts 4 and 81 are connected in series,
Normally open contacts 5 and 82 are connected in series, and normally open contacts 6
and 83 are connected in series, a normally open contact 85 is connected in parallel, an indicator lamp 102 is connected in series to this, and a point between normally open contacts 4 and 81, a point between normally open contacts 5 and 82, and a normally open contact 85 are connected in parallel. and the midpoint between the normally open contacts 6 and 83 are short-circuited via diodes 94 to 96, respectively, and the normally open contact 81
．． A normally open contact 80 is connected between the connection points of the display lamps 102 and 82, 83, 85, and constitutes a lighting control circuit for the display lamps 102.

The lighting control circuit for the indicator lamp 103 is configured as follows.

That is, normally open contacts 7 and 81 are connected in series,
Normally open contacts 8 and 81 connected in series and normally open contact 9
and 83 are connected in series, a normally open contact 86 is connected in parallel, an indicator lamp 103 is connected in series to this, and a point between normally open contacts 7 and 81, and a normally open contact 8 and 82 is connected in parallel. and the midpoint between the normally open contacts 9 and 83 are short-circuited via diodes 97 to 99, respectively, and the normally open contact 81
, 82, 83, 86 and the connection point of the indicator lamp 103, a normally closed contact 80 is connected to constitute a lighting control circuit for the indicator lamp 103.

The display lamp 1040 lighting control circuit is configured as follows.

That is, normally open contacts 1 and 84 are connected in series,
Normally open contacts 4 and 85 are connected in series, and normally open contact 7 is connected in series.
and 86 are connected in series, the normally open contact 81 is connected in parallel, the indicator lamp 104 is connected in series to this, and the intermediate point between the normally open contacts 1 and 84, the normally open contacts 4 and 85, and the normally open contact 81 are connected in parallel. The intermediate point between the normally open contacts 7 and 86 is short-circuited via diodes 91, 94, 97, respectively, and the connection point between the normally open contacts 84, 85, 86, 81 and the indicator lamp 104. A normally closed contact 80 is connected between them, and a lighting control circuit for the indicator lamp 104 is configured.

The lighting control circuit for the indicator lamp 105 is configured as follows.

That is, normally open contacts 2 and 84 are connected in series,
Normally open contacts 5 and 85 are connected in series, and normally open contact 8 is connected in series.
and 86 are connected in series, the normally open contact 82 is connected in parallel, and the indicator lamp 103 is connected in series to this, and the intermediate point between the normally open contacts 2 and 84, the normally open contacts 5 and 85, and the normally open contact 82 are connected in parallel. , the midpoint between the normally open contacts 8 and 86 are short-circuited via diodes 92, 95, 98, respectively, and the connection point between the normally open contacts 84, 85, 86, 82 and the indicator lamp 105. A normally closed contact 80 is connected in between, and an indicator lamp 1050
It is stealing the lighting control circuit.

The lighting control circuit for the indicator lamp 106 is configured as follows.

That is, normally open contacts 3 and 84 are connected in series,
Normally open contacts 6 and 85 connected in series, and normally open contact 9
and 86 are connected in series, the normally open contact 83 is connected in parallel, the indicator lamp 106 is connected in series to this, and the intermediate point between the normally open contacts 3 and 84, the normally open contacts 6 and 85, and the normally open contact 83 are connected in parallel. The intermediate point between the normally open contacts 9 and 86 is short-circuited via diodes 93 and 96.99, respectively, and the connection point between the normally open contacts 84, 85, 86, 83 and the indicator lamp 106. A normally closed contact 80 is connected in between, and an indicator lamp 1060
It constitutes a lighting control circuit.

Now, if the No. 1 machine issues a 1,000 yen bill out signal, the normally open contact 1 closes and current flows through the coils of the lamps 101 and 104 via the diode 91 and the normally open contact 80.
Lamps 101 and 104 are turned on.

The lamp 101 indicates the first machine, and the lamp 104 indicates that the machine is out of thousand yen bills, indicating that the first machine has run out of thousand yen bills.

When the second machine runs out of slip paper before the clerk notices this display, a slip out signal is output, the normally open contact 6 closes, and the lamps 102 and 106 are turned on via the diode 96 and the normally closed contact 80. Current flows through the coil and lamp 1
02,106 lights up.

Lamp 101. When the switch corresponding to the lamp 102 is operated while the lamps 102, 104, and 106 are lit, the normally open contact 85 is closed, the normally closed contact 80 is opened, and the lamps 101 and 104 are turned off. The current flowing through the open contact 85 keeps the lamp 102 on, and the current flowing through the closed normally open contacts 6, 85 keeps the lamp 106 on.

From this, it can be seen that the abnormality that occurred in the second machine is that the slip has expired.

When the switch corresponding to the lamp 104 is operated while the broken lamps 101, 102, 104, and 106 are lit, the normally open contact 81 closes, the normally closed contact 80 opens, and the lamps 102 and 106 turn off. At the same time, the lamp 104 continues to light due to the current flowing through the normally open contact 81 which is closed, and the lamp 101 continues to light due to the current flowing through the normally open contacts 1 and 81 which are closed.

This shows that it was the first machine that ran out of 1,000 yen bills.

If, as in the embodiment shown in FIG. 1, it is sufficient to be able to identify the type of abnormality that has occurred in an automated teller machine by selecting an automated teller machine, then in the embodiment shown in FIG. It is preferable to use one without the contacts 81 to 83.

On the other hand, if it is sufficient to be able to identify the automatic cash dispensing device in which the abnormality has occurred by selecting the type of abnormality, then the one shown in FIG. Good to use.

In FIG. 3, lamp 101 and lamp 104 are shown for convenience.
Although the same reference numeral 91 is attached to the diode of the lighting control circuit as in the first embodiment, this does not mean that one diode 91 is used in common.

The same can be said of the other diodes 92-99.

[Brief explanation of the drawing]

Fig. 1 is a logic circuit diagram showing one embodiment of a central display device used in a group of automatic cash dispensing machines, Fig. 2 is a logic circuit diagram showing another embodiment, and Fig. 3 is a logic circuit diagram showing another embodiment. It is a contact circuit diagram shown. 1A; No. 1 yen bill out signal, 1B; No. 1 machine 10,000 yen bill out signal, 2A; No. 2 yen bill out signal, 2B; 2nd
No. 3 10,000 yen bill out signal, 3A; No. 3 Neko yen bill out signal,
3B; 3rd machine 10,000 yen bill out signal, L, ~L3; 1st ~ 1st 3rd yen bill out display signal, LB; 10,000 yen hole display signal, 81~
S3; Automatic cash dispenser selection switch, 5A-8B; Abnormality type selection switch, 101-106; Display lamp.

Claims (1)

[Scope of Claims] 1. A device display element group that is provided at a predetermined location corresponding to each automatic device in the automatic device group and that notifies an automatic device in which an abnormality has occurred; an abnormality display element group that is provided alongside the device display element group to notify the type of abnormality that has occurred; a button on a centralized abnormality display device for an automatic equipment group having a device display element group corresponding to the equipment; and a first control means for driving one abnormality display element corresponding to the type of abnormality that has occurred among the abnormality display element group; and a switch group consisting of a switch corresponding to each display element of at least one display element group of the device display element group and the abnormality display element group is provided at the predetermined location, and the switch group The first control means drives only a display element button corresponding to the operated switch and a specific display element among the display element groups 1 to 1 to the other display element group that are related to this display element due to the occurrence of an abnormality. The second driving
A centralized display device for abnormalities in an automatic equipment group, characterized by comprising a control means. 2. A centralized display device for abnormalities in an automatic equipment group according to claim 1, wherein the one display element group is the equipment display element group. 3. The centralized display device for abnormalities in an automatic equipment group according to claim 1, wherein the one display element group is the abnormality display element group. 4. A centralized display device for abnormalities in an automatic equipment group according to claim 1, wherein the switch group includes a switch corresponding to each display element of the one button and the other display element group. . 5. The second control means is configured to prohibit input of the abnormality signal that causes the drive of all display elements other than the display element corresponding to the operated switch of the one display element group. A centralized display device for abnormalities in an automatic equipment group according to claim 1, 2, 3 or 4, characterized in that: 6. The second control means includes a circuit for disabling the abnormal signal that causes the drive of all the display elements of the one display element group, and a display element that is provided in parallel with this circuit and that corresponds to the operated switch. Claim 1: comprising a display element button corresponding to the operated switch and a circuit that drives only the specific display element by passing only the abnormal signal that causes the drive. ．． Section 2. An abnormality concentration display device for automatic equipment group as described in paragraph 3 or paragraph 4.